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My first trials into maple sugaring

January 25, 2015 by Jason 4 Comments

See part two to this series here.

I remember my dad tapping maple trees as a kid. He told all the neighbors that if they let him tap their trees, they’d be invited to the “big pancake breakfast” that he’d throw at the end. Today, someone might look at you like you had two heads. It’s amazing how times have changed. Dad had a number of pots he rigged up over a fire… not really worrying about the smoke “tainting” the sap as it cooked down. In fact, I can’t remember anything too terrible about it. It’s a wonderful childhood memory for me… and one I planned to revive.

A beautiful sight when you enter the woods.
A beautiful sight when you enter the woods.

As I was gearing up, my wife and some others commented “just what you need, another hobby” but really, I have been thinking, and planning about tapping maple trees for about 2 years now. It happens during a time of year that I consider downtime and I’ve always wanted to try it out just as a homage to dad. So, this was the year.

Sourcing and fixing the evaporator, and building the arch. I was all set to convert a 55-gallon drum into a wood stove and set up some steam table trays on top to evaporate. By a happy coincidence, a fellow beekeeper found out I was interested in getting set up and offered me a deal on an evaporator she used before it was hurled by a tornado. She made me a good deal, so I grabbed it. So while my original plans with the barrel were changed, it was OK since the new set-up was going to be a lot more efficient… after I built the arch.

I picked up the evaporator and had it turned into usable shape by the end of the day. The next morning, I picked up the materials for the arch. It was a simple setup with c-blocks designed to hold the pan, and steer the smoke out the flu and away from the surface of the boiling sap. See the pics below for more details. All setup, I commenced boiling.

Here are the notes I’ve been keeping so that I know how much sap I can cook and for how long.

Ready to cook.
Ready to cook.

Tapping trees, and sap flow. I started with 10 taps at the beginning of this week and collected 6 gallons in the first 24 hours (a good, sunny day). The next two days remained colder and overcast and sap slowed a lot. Today (Sat.) was a bright sunny morning. I went back and some jugs were overflowing. I collected another 6 gallons and came back to boil… starting with 12 gallons of sap.

Cooking and gallons per hour. I started cooking the initial 12 gallons at 1:30 pm. After getting everything situated, I noticed the gallon jug I had up near the house was over half full already. I collected that and rolled out to the backwoods to check those too. I came back with another 5 and a half gallons or so. That’s another 6 gallons. I added it to the warmer and allowed it to trickle into the evaporator. Everything was finished and ready to bring inside at 5:30. So, 18 gallons in 4 hours. That’s about 4-5 gallons per hour. I think I can do better here as I was still getting used to the fire and the new set-up. But, that’s totally reasonable, and I was sad that the fun was over so fast!

Yield. I brought the concentrate inside to finish in a pot on the stove. It went fast. I think I actually cooked it too long. It became thicker than it seemed it was supposed to. Also, it had a very, very sugary taste. It wasn’t terrible, but not what I remembered from when I was a kid. It’s also possible there was some scorching going on too. All said a total of 23 gallons of sap yielded a little over 2 quarts. You can see the jars I filled in the pics below.

Correcting my maple syrup. Reading more about how to thin it… people said to add more sap. Well, I knew there was more out back… so I went out in the dark and collected another 5 gallons. (If you’re keeping track, that’s 17 gallons from 10 taps in one day.) I brought this back and decided to cook this down in two pots on the stove. It definitely took longer (as I sit here at 2:17 am finishing up). All this effort to correct what I think may have been cooking too much water out. Slowly I start consolidating the fresh syrup/sap into the finished to thin it down. It’s tasting better and the consistency is much better. Barring any last-minute issues, I’ll consider it a success for my first attempt.

Update 2-14: We just boiled another 85 gallons of sap. It took 12 hours from the main evaporator to the pot inside. It yielded just over 7 quarts for finished syrup. Right now, we’re in a cold spell. Since we have 23 taps in my home sugarbush, and another 12 at a friends, we’re expecting a flood when it warms back up again.

See part two to this series here.

Gallon jugs fill fast. I recommend 2 gallon containers!
Seems I walk out of the woods with 5-6 gallons at a time.
The evaporator as purchased.
The valves were tweaked from being flung in a tornado.
Tweaked evaporator that needed some TLC.
I started with brute force.
I polished as I went.
Heat and pound.
The drain valve straightened.
The finished work.
Detail of warming pan.
The site for the evaporator built into a hill.
How I was considering setting it up… with the pan being over the flu for faster warming.
Te site measured off.
Footers laid.
Noticed a tree that a bug bored into and it was seeping. So, I drilled it and hung a bucket.
A beautiful sight when you enter the woods.
Overflowing… and freezing.
Ok to empty out any ice. They say there’s no suger in it.
The only walnut tree that I tapped.
The finished arch with evaporator setting on it.
Ready to cook.
The firebox with grate and flu.
Ready to cook on.
Evaporator set up and ready to cook.
Quick mortar job to level and hold smoke in.
Filled with sap.
Evaporation starts.
I let the warm sap trickle into the main without affecting the boil.
Ripping through the sap at about 4-5 gph.
Another load collecting during evaporation.
Finishin the syrup inside.
A beautiful sight.
Robbing a little late-night sugar!
The rewards.

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Filed Under: homesteading, how-to, outdoors Tagged With: homesteading, how-to, outdoors

Drying peppers and making hot pepper powder

January 15, 2015 by Jason 6 Comments

I love peppers! All kinds, many kinds. I bring many pepper plants inside to overwinter. Some, I cut down for bonchi (making small pepper trees like bonsai) and others just to have ready to go back out the following year. For all my hotter varieties, I make hot sauce, or dehydrate and grind them down into a pepper powder that I use for charcuterie, or for just sprinkling on food.

Really simple stuff. The big thing is, when you harvest your peppers, don’t just let them sit around. First thing, give them a good wash while they are still firm. From here, they need to dry out. So, it doesn’t make sense to toss them on the counter to have them start drying only to have to come back and wash them. Once they are washed, sit them on a clean towel to soak up most of the water. Roll them around if you like. Move them off the towel after a day or so as you don’t want the moisture in the towel against the peppers any longer than necessary.

An assortment of hot pepper powders from the pantry.
An assortment of hot pepper powders from the pantry.

Move them to a sheet of cardboard, or I’ve used shoe boxes and lids before for smaller quantities. Don’t stack them. All should be laying flat to dry. Here is where you could leave them for a couple days if you didn’t have the immediate time. Otherwise, move them right into your dehydrator. The idea is to get them cleaned, and dried for the dehydrator before any mold starts inside. For the extra-paranoid type, you can cut the peppers in half. They will dry faster and if you are not using a dehydrator, then I especially recommend cutting them in half. See some safety tips below regarding handling the peppers.

Once you have them thoroughly dried out, watch out! It doesn’t take much to get it airborne. We’ll be grinding the peppers in the next step, and here too is where a respirator (or doing it outside) can be beneficial. For every cup of dried peppers, add a teaspoon of course salt… kosher or sea salt is fine. I used an apple wood, smoked sea salt this time, and it added an incredible smoky taste to my carolina reaper powder. Put all in a spice grinder or food processor, and grind until it has the coarseness you want. If you want flakes, grind only a little. For a powder grind a little more. It only takes a second! You can turn this dry mass of peppers into powder in under 5 seconds in a spice grinder, so grind a little and look at it… then grind more.

As you can imagine, there is a cloud of pepper powder in your grinder at this time. When you open it, it will be everywhere, trust me. Either do it outside, or have on a mask and eye protection. Serious, this can burn you up if even a little powder gets in your eye, on your face, or in a lung! Basically, you want to get it all out of your grinder and right into a jar with a lid on it as quickly and as efficiently as possible.

That’s it, enjoy!

A few safety tips on handling peppers of the hotter variety

Make sure you have the right gear for handling peppers. Don’t think your less of a person if you wear rubber gloves, eye-glasses and even a face-mask. Serious, I’m a pretty tough pepper-eater, but cutting up the carolina reapers (just in half) the other day had me choking. Open the windows or turn on your stove exhaust fan and cut them near there. I don’t recommend a fan as that blows it through the house and has everyone else choking too. This has happened more times than once in my house, even with my best effort to prevent it.

An assortment of hot pepper powders from the pantry.
Making carolina reaper pepper powder.
Dehydrated peppers and smoked sea salt.
Dehydrated carolina reaper peppers.

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Filed Under: food/culinary, homesteading, how-to Tagged With: food/culinary, homesteading, how-to

Processing meat chickens at home

July 21, 2014 by Jason 1 Comment

More and more, I try to find ways to produce my own food. We have a ways to go before we’re completely self-sustaining, but through each experience, I feel more informed, more prepared… and just more satisfied. For me, meat from the store has been just plain disappointing. I question everything from how commercial animals are raised, handled, the ingredients and preservatives within, and even labeling. When I cut open a package of chicken, I sigh not knowing anything about it. After processing my own deer, and hogs from local farmers to make my own pork products, processing chickens seemed to be the next logical step. While I’ve not yet had the experience of raising my own meat birds, I am in my second season having egg-laying chickens. I am also setting up to allow more space for meat birds in the future.

In the meantime, my very good friends at Funny Farm and I shared a collaborative effort. Collaborative meaning, they raised them, and kept track of the expenses. Later, we split the costs and teamed up to work on slaughter day. It’s my intention to document our experience here. This is not a detailed step by step tutorial. If you want that, this is a great book, and I use it for other animals too. Here, I simply mean to educate the first-timer, or one who’s been thinking about setting up and processing their own meat birds.

Whether you have layers, or meat birds, ideally, you have some space to let your chickens run around. My layers are still in a coop, mainly for protection. It’s been a goal of mine to fence in some space to raise these chickens right. In my case, the fencing is to keep other dogs and animals out. Meat birds also take a different kind of feed than layers and there are many philosophies on feed from one person to the next. Backyardchickens.com is a great resource to answer many of your questions.

To prep for slaughter day, prepare the area. You need designated “dirty” and “clean” areas. This is important. I always clean as I go and take sanitation during any animal-processing effort very seriously. Stopping and cleaning up an area periodically when needed should be part of the process. I’m more used to handling big game, so cleaning up during and after chickens isn’t as much of a chore. Although, I admit, I was busy parting up chickens when my friend worked the outside clean up.

Preparation for slaughter day starts a day, or even days ahead of time. Adjustments to diet, and withholding of food to make the chickens not as full are key. Hopefully, they are not stressed, and of course, raised in a happy environment. As more people begin keeping chickens, and other livestock, I’d like to think that the happiness of their animals is always paramount. After all, we have the luxury of doing it our way, the human way, because the only quota we have to meet is our own.

Next, our happy chickens find their way into the killing cones on slaughter day. We catch them, hold them upside down by their feet and lower them into their cone. The birds turn quite still once upside down. My best understanding is that the blood rushes to their head and makes them dizzy.

My friends allowed me the honors of taking the first bird… which coincidentally was my mean roo, Mr. Rooster. Sometimes I ask myself how the bird commanded enough respect for me to call him Mr., but… it was a running joke about him being so mean to me that I would see him in a stew pot… and that day finally came. I have to admit, it made it easier to take him out. He’s on ice right now, and I plan to make a special recipe with him. That’ll be another story.

Lining up bins of ice water, towels for wiping, and various stations for certain tasks is critical. My hosts did a fine job, and the addition of the Whiz-bang chicken plucker similar to this one was a time-saver.

Here’s the process that we followed to process 25 chickens.

1. Place the bird in a killing cone (see pics), and cut the jugular(s). We didn’t pith the birds this time, and we just let them bleed out. Pithing is said to relax the follicles and make dry plucking easier. Since we were working towards efficiency, we used the whiz-bang. I can see doing this once or twice a year, so it was important to refine a repeatable process.

2. Once the bird bleeds out, it will stop moving. From there, we moved it to the scalding station. Here is where your water is heated to approximately 132 F. Dip the bird in head first, and move it up and down for 2-4 seconds, and pull out (like a tea bag) and then dunk it again and so the same. Bring it back up and do a test pluck. The feathers came out easily each time for us. (Note: On one bird, I let the water get a little too cold and did my dunks. The feathers didn’t pull out easily, even after I heated the water up again and repeated the process. This bird in particular was difficult to pluck. So, maintaining the right temperature is important).

3. Next we moved the bird to the whiz-bang. We turned it on, put the chicken in, and sprayed it with the hose to wash the feathers down as they came off. It worked beautiful. You only need to run it for 5 seconds or so. You don’t want to beat the bird up, so stop it and check the progress. One or two 5 second runs, cleaned all the feathers off well. (see pics)

4. Give the bird another quick wash with the hose and drop it in the prepared bin of ice-water to chill before evisceration. Move to the next bird.
When all birds are on ice, we move to evisceration.

5. We first cut off the feet using a meat shears. across the hock joint. This is easy to separate using either a shears, or a knife. We cut off the preen gland that is near the tip of the tail. We removed the head, and cut a slit down the neck to remove it. We separated the crop and esophagus, then the bung and the intestines. We toss the livers, gizzard and hearts in a designated cleaner bucket for later. We removed the remaining entrails, lungs and were careful not to break the cloaca. After a couple of birds, it felt very natural, and reasonable for anyone to do. Experience makes you better and I found myself in a process after a few birds.

6. The bird gets another rinse, and then it goes back in to a different, cleaner bin of ice water until parting. While the birds are in the ice water, it gives us time to clean up, properly sanitize, and prepare for the next step.

7. Now we clean the gizzards, hearts and livers. There’s an easy action to slice open and peel out the lining of the gizzard. A final soaking in salt water will keep them until they are rinsed, froze, or sent to where they’re going next.

We now move from the dirty area, to the clean area. Here’s where we line up the vac sealers and a couple cutting boards to finish parting out and getting them ready for refrigeration. Of course we left however many birds whole for roasting. Others were separated in to thighs, wings and breasts. Carcasses are great for boiling down into stock. My vac sealer allowed me to compress several carcasses in one bag. I also saved the feet for stock. I cleaned, blanched and peeled them before vac sealing and freezing for later. Apparently, there’s more you can do with the feet, but I’m satisfied just not letting them go to waste.

Important: Do not freeze the birds until after 12-24 hours. The dryer you can get the birds, the better. You can lay them out on racks, and even set up a fan to blow on them. Once dry, keep them below 40 degrees F. It allows the skin to tighten, and decreases the amount of water uptake. All this contributes to more tender chicken later, and also reduces microbial growth. If you do not have the space to hold at 40 degrees before freezing, then leave them in the cooling tub for 6-8 hours.

While the process sounds like it would be a bloody, nasty mess, it was quite the contrary. As you’ll see in the pics, the most blood you see is from the initial cut of the jugular to bleed the bird. The squeamish may have more issues than blood, but knowing the quality of the food you are making and consuming makes it easier. It’s also nice to get a couple of people with the same interests together and share the work. For me at least, it didn’t even seem like work. I look forward to doing it again, and I thanks my hosts for taking me through the process.

Enjoy the pics below!

 

Mr. Rooster was first to meet his maker.
The layout for processing birds… from the dirty area to the clean area.
Plucked and on ice until eviceration.
Lining them up.
Mr. Rooster. There’s a long story behind this guy. He finally got his.
Cleaned and dropped in ice water until further processing.
Ready for scalding and plucking.
Whole cleaned bird.
Whole legs.
Parting out wings, thighs, and drum sticks.
Whole bird.
Vac sealed chicken ready for fridge.
Vac sealed and ready to rest.
After slaughter meal prepared by my hosts..
Peeling chicken feet after dipping in hot water for 10 seconds.
A clean, peeled chicken foot.
Chicken feet, peeled and soaked in salt water.
The whiz-bang chicken plucker makes short work of plucking.
We rigged our plucker with PEX tubing to wash the feather away.
Scalding the bird.
Death rom. It’s real.
Chicked feet waiting to be peeled and soaked.
Peeling chicken feet.
Staging area ready to go with “clean” and “dirty” areas.
Our whiz-bang plucker looks kind of like a time-machine.
Scald water is 156F with a little dish soap in it.
The hens have been properly finished preparing for the day.

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Filed Under: homesteading, how-to Tagged With: homesteading, how-to

Make a Crystal Radio with your Kid

March 18, 2014 by Jason Leave a Comment

We had to choose a few electives out of the scout handbook to do with our boys at home. One that stuck out was making a radio. There are a few different ways to build a radio, but the one they say dads used to make with their sons back in the 70’s were the crystal radios. The it hit me… my dad never built one with me. He and I built a lot of cool things together, but a radio wasn’t one of them. Then I thought, well, I haven’t built one with my son yet… so what the heck. The challenge was on.

I think the crystal radio is probably the most basic radio concept. It can capture AM radio waves within a 20-25 mile radius and using a resistor, a diode and a capacitor, you direct the radio wave in to something you can hear. Disclaimer: I’m a complete noob to radio, and that was half the attraction for me. That, and for some reason, I feel like I should expose my son at least once to capacitors, diodes and resistors. It turns we out we learned a lot about these components. Resistors have various colored stripes on them to identify the type and value of the resistor. There are ceramic and electrolytic capacitors, and all different types of diodes for your specific application. Resistors, limit the passage of electricity, diodes allow electric current to flow only one way, and capacitors store current, and condition it… providing a steady flow of current at a certain value. Pretty cool stuff right there! Apparently, the radio waves are that current… as this radio has no battery! It harnesses the radio waves, and by limiting and controlling the passage of current, we pound the signal something we can hear. I found a lot of resources on the internet and came across the bottle radio. This looked like a fun one to do. We even had to wrap the bottle with the magnet wire to make our tuning coil. Here’s the link to the bottle radio we made from lifehacker.com. They also tell you all the things you need, as well as how to build it. Going through the exercise is how you learn. Pay special attention to how they illustrate the germanium diode affecting the radio wave. It was really well done.

They said you can get almost all the things you need at Radio Shack, but alas, the location near me is nothing like the Radio Shack I remember growing up. There was one cabinet of drawers in the back that had the resistor I needed… but I had to order the germanium diode and the ceramic capacitor online. Still, cheap stuff and worth the fun with your kid.

We took the concept a step further and instead of hooking up the crystal earphone to hear the radio, we routed the signal into an electronics learning lab kit (that we did get at Radio Shack) and played it over a small speaker. This learning lab is pretty cool. You can build 200 different circuits from the book until you understand things enough to invent a few circuits on your own. For our radio, we built a 2-transistor amplifier on the bread board to amplify the radio signal. See a few pics below along with a video of the finished work below.

Be able to say you built a radio with your son, and have some quality time doing it. Here’s a video.

Showing Nick how to use a drill.
Explaining the components.
Figuring some things out.
A resistor and a germanium diode.
Scrap piece of wood for the board and the terminals.
Homemade crystal radio routing signal through a homemade amplifier curcuit

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Filed Under: homesteading, how-to, videos Tagged With: homesteading, how-to, videos

Make Traditional Cheddar Cheese

March 3, 2014 by Jason 2 Comments

hardened blocks of cheese
6-year old cheese. My first ones. Unfortunately, I didn’t wax them and also didn’t have the humidity under control. They went solid as a rock.

I “cut the cheese” today. Did you ever wonder where that saying came from? Thing is, I love the smell of cheese when it’s being made, so yeah… I cut it. I found myself drinking the whey too. And why hasn’t anyone eaten curds and whey since Little Miss Muffet? Did she know something we all didn’t?

I made two wheels of cheese around 2008. One was a parmesan and the other, farmhouse cheddar (an abridged cheddar recipe.) Everything seemed to have went well during the process. I had a cheese mold, but didn’t have a press at the time. I used weight to balance on top of the cheese follower and just did the best I could. In the end, I had two nice-looking wheels of cheese in my “cheese cave” aging. Being the patient guy that I am, I thought I’d let the cheese age as long as it needed, flipping every now and then until I located a “cheese trier” (a little tool that allows you to pierce the rind of the cheese and pull a plug out to try it.) Well, I never got around to that… and still being a juvenile when it came to cheese-making, I thought I’d just let it go. After all aged cheese is always better right? I had it stored in the proper temperature and humidity, so I let it do it’s thing until I could get back around to it.

Well, it *may* have went better had I coated the cheese with wax. Wax holds some needed moisture in and because I neglected to coat it, by the time I went to cut into it (which was just last week, so… 6 years later) it was hard as a rock–both of them. Check out some pics below. The parmesan didn’t look too well, but the cheddar looked delicious! Alas, it too was hard and ruined. Of course, I had to gnaw up some rocks to see how it tasted. A little gritty, maybe dusty… but sharp. I could tell, at one time, it may have been some good cheese! I consider it a lesson learned. However, such a blow makes a man want to right the wrong. It was time to try it again. This time, I have the cheese press built and ready to go.

Cheesemaking supplies
Cheesemaking supplies.

Cheese making doesn’t require a lot of things, but it does require some special ingredients. Jump on the net, or grab a book. Once you have things in hand, all you need is a little time. By that, I mean set aside an entire day. The process is easy, but the waiting in between steps takes the time… and requires a thermometer, and a timer. I used a cheddar recipe from Home Cheese Making Recipes for 75 Homemade Cheeses. Depending on the cheese you will make, the process has variations., but here are the basic steps.

  1. Warming the milk (usually to around 86 F)
  2. Combining additives (optional, sage, caraway, pepper, etc.)
  3. Adding the starter culture (mesophilic for hard cheeses, thermophilic for soft cheeses)
  4. Adding the rennet (vegetable or animal rennet)
  5. Letting it set until you achieve a “clean break”
  6. Cutting the curds
  7. Cooking down the curds
  8. Draining and milling the curds
  9. Salting the curds
  10. Adding to a mold
  11. Pressing the cheese (for hard cheeses only)
  12. Air drying
  13. Waxing the cheese (for hard cheeses only)
  14. Aging the cheese
Notice the whey separating.
Notice the whey separating.

Again, there are subtle variants based on the style of cheese you are making. Eventually, you’ll begin to develop your own styles. Another critical thing to consider is how you will control your temperature throughout the process. I’ve tried stove-top, the griddle method using the steam table pan… and  the sink (using hot water to warm the water back up). All of it is a hassle. For cheesemaking, I now use the Anova immersion circulator and I don’t know what I’d do without it. You can really control the temperature, including holding the same temperature for as long as you need, and also manage the ramping of temperatures needed in most cheesemaking. If you’re really a techie, here’s the Anova Culinary Sous Vide Precision Cooker w WI-FI and Bluetooth, the same unit, but has Wifi.

During the process, you will be pouring whey off the curds (usually straining through a colander). Never throw this away. It’s incredibly healthy and you can make stuff with it. I make ricotta cheese with it immediately and use it for the next meal. You can get really fancy if you want… but I simply add another quart of whole milk tot he whey… heat it to 200 F. Then, cut the heat and while stirring, pour in 1/4 cup of apple cider vinegar. You’ll be amazed as tiny white curds float to the top. The yield is pretty impressive. Strain again through a colander or cheesecloth to drain and catch the ricotta. there’s a multitude of other ingredients to make different whey ricotta’s. recipes abound on the internet. It’s pretty darned good eaten immediately while it’s warm… along with salt, thyme, and dill. Or, put it in the fridge for use over the next week.

If you go through the pics below, I detail the steps more via the photo captions

The video below just provides a few steps in the process I employed today for your viewing pleasure. Enjoy my kids in the background 🙂 What is not covered here with pictures and commentary is the end of the process, so here it is. This info is fresh off the “press” since I just did this today! After removing the cheese from the third pressing, I’ll dry the wheel on a rack at room temperature for 3 days to let it start the rind. Then, I’ll do the ever-important step that I didn’t do on my last cheese. That is, dip it in wax so that it can hold in some moisture. I’ll put it on a cheese mat and into my cheese cave (50-60F) to age. I’ll flip the cheese several times a week for the first month or so. The reason for flipping is because the whey still in the cheese will want to settle on the bottom. Flipping lets it flow back to the other side to keep the inside of the cheese aging evenly. During the aging process, the cheese develops it’s character and flavor. I may cut my wheel in half before dipping in wax just so I can let one wheel age longer than the other.

I’ll post pics and updates back here… stop stop back again soon.

See the video below for three video cuts.

  1. Cutting the curds after achieving a clean break.
  2. Stirring the strained whey to make ricotta cheese.
  3. Pouring the whey through cheese cloth to catch the ricotta cheese.

 

Cheesemaking suppiles.
Until I get fresh milk, this will have to do.
Warm the milk to 86F and hold there for 45 minutes. Then, add the starter culture.
After ripening, keep at 86F and add the rennet. Continue to hold the temp at 86F for another 45 minutes.
Letting the curd set (coagulate).
Looks like we have a clean break, so we’ll cut the curds now.
Fresh cut curds. See the video for the curd cutting process.
Close-up of cut curds.
Notice the whey separating.
now, we’ll cook the curds. Raising the temp 2 degrees every 5 minutes until we achieve 100F. The curds will sink. Give a stir every 15 minutes to keep the curds from matting.
Curds in colander draining whey. The whey next to it will be cooked into ricotta.
Close-up of curds in colander.
After 15 minutes, plop it out on a cutting board.
Slice the curd in to 3 inch slabs that will go back in the pot.
Sliced curds put back in to pot to cook at 100F. They have a consistency of cooked chicken at this point.
Ricotta strained through cheese cloth.
Leftover whey. After using all you need, dump the rest on your compost pile.
Heating the whey up to 200F to make ricotta.
Fresh ricotta.
After the 3 inch slabs go for another 3o minutes, pull them out and cut up into 1/2″ cubes.
Cooked and cut curds ready for salting.
Cooked and salted curds packed in mold ready to press.
Pressing cheddar. First at 10 lbs for 15 minutes.
Cheese press pressing out whey. Second press is at 40lbs. for 12 hours.
Cheese press draining whey in to sink. Last press is at 50lbs. for 24 hours.
6-year cheese that I didn’t wax and it went hard.
6-year old parmesan.
6-year old farmhouse cheddar.
6-year old parmesan.
6-year old farmhouse cheddar.
6-year old cheese. My first ones. Unfortunately, I didn’t wax them and they went solid as a rock.

 

 

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AllMorgan started as a family blog to keep extended family and friends around the world apprised on what's going on at our Indiana homestead. It always been a cross between a family diary and photo … Read more

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The queen bee doesn’t decide what happens in a colony. The workers do. They adjust her feeding to make her do what the majority says. The queen can’t feed herself.

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